二维材料:从基础到应用

Two-dimensional Materials:From Fundamental to Application

信息社会的飞速发展对信息存储、加工、传输能力提出了与日俱增的迫切需求。随着“摩尔定律”逐渐逼近极限,半导体工业急需寻求新的解决方案。二维材料因为原子级厚度的尺寸特点,表面无悬挂键的结构优势加上极大比表面积导致的对电、光等调控手段的敏感性被认为是“后摩尔定律”时代半导体工业新的突破口。松山湖材料实验室引进一批国内外顶级科学家,组建二维材料团队,以基础科研为根基,以工程应用为导向,重点攻关其中关键问题。其目标在于取得有世界级重大影响力的科研成果,布局我国二维材料产业。

The rapid development of the information society puts forward an ever-increasing urgent need for information storage,processing,and transmission capabilities.With the ending of Moore’s Law,the semiconductor industry urgently needs to find new solutions.Lowdimensional materials are considered to be a new breakthrough in the semiconductor industry in the post-Moore era,because of the size characteristics of atomic-level thickness,the structural advantage of no dangling bonds on the surface,and the sensitivity to electrical and optical control methods caused by a large specific surface area.Songshan Lake Materials Laboratory has introduced a group of top scientists and established a low-dimensional materials team.The research of the team,based on basic science and guided by engineering applications,focuses on tackling key issues.The goal is to achieve world-class influential scientific research results,and to deploy China low-dimensional materials industry.